New Platforms in Heterobimetallic Catalyst Design to Drive Innovative Catalytic Transformations

Yu, Hsien-Cheng

doi:10.25417/uic.17025785.v1

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New Platforms in Heterobimetallic Catalyst Design to Drive Innovative Catalytic Transformations

thesis

posted on 01.08.2021, 00:00 by Hsien-Cheng Yu

This thesis discloses the new platforms in heterobimetallic metal carbonyl catalyst design based on previously studied (NHC)M–[MCO] systems by modifying either the (NHC)M (M = Cu or Ni) or [M’CO/PR3] (M’ = Fe or W; PR3 = phosphine) fragments to drive innovative catalytic transformations.

History

Advisor

Mankad, Neal

Chair

Mankad, Neal

Department

Chemistry

Degree Grantor

University of Illinois at Chicago

Degree Level

Doctoral

Degree name

PhD, Doctor of Philosophy

Committee Member

Nguyen, Andy Wink, Donald Anderson, Laura Lee, Wei-Tsung

Submitted date

August 2021

Thesis type

application/pdf

Language

en

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Keywords

Heterobimetallic Copper Nickel homogeneous catalysis metal carbonyl 1,4-hydroboration

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In Copyright

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New Platforms in Heterobimetallic Catalyst Design to Drive Innovative Catalytic Transformations

History

Advisor

Chair

Department

Degree Grantor

Degree Level

Degree name

Committee Member

Submitted date

Thesis type

Language

Usage metrics

Categories

Keywords

Licence

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